Food fit for a Khan: stable isotope analysis of the elite Mongol Empire cemetery at Tavan Tolgoi, Mongolia

• Published in: Journal of archaeological science Vol. 46; pp. 231 - 244
• Main Authors: Fenner, Jack N., Tumen, Dashtseveg, Khatanbaatar, Dorjpurev
• Format: Journal Article
• Language: English
• Published: Elsevier Ltd 01.06.2014
• Subjects: archaeology; carbon; Carbon isotope ratio; collagen; Diet; environmental factors; fauna; fruits; humans; Mongolia; nitrogen; Nitrogen isotope ratio; people; stable isotopes; Tavan Tolgoi; Temperature; Tsagaan chuluut; Ulaanzuukh; Mongolia; Tavan Tolgoi; Temperature; Ulaanzuukh; Diet; Carbon isotope ratio; Nitrogen isotope ratio; Tsagaan chuluut
• ISSN: 0305-4403; 1095-9238
• DOI: 10.1016/j.jas.2014.03.017

The creation and expansion of the Mongol Empire during the thirteenth century A.D. brought with it many changes, both for the conquered peoples and for the conquerors themselves. Ruling elite Mongols in foreign lands imposed new customs onto their new subjects, but also adopted some of the characteristics of the cultures they ruled; these are topics of sustained and continuing research interest. Equally interesting but less well researched is what impact the Empire had on Mongols remaining in the Mongolian homeland. Historical sources suggest that the fruits of Empire would have flowed not only to remote Mongol capitals of the Empire but also back to Mongolia proper. Here we use dietary stable isotope analysis to assess whether the Empire brought large changes to the diet of either ruling elites or more common people in the Mongolian homeland. Carbon and nitrogen stable isotope ratios are measured in bone collagen from human and faunal remains from Tavan Tolgoi, a ruling elite cemetery in eastern Mongolia, and compared with ratios from lesser ranked people at the cemetery of Tsagaan chuluut. These are also compared with ratios from the Bronze Age cemetery of Ulaanzuukh, a post-Empire set of human remains, and modern and archaeological human and faunal remains from the wider region. The Tavan Tolgoi isotope ratios do differ from those of Tsagaan chuluut and Ulannzuukh. Comparison with isotope data from the wider region, however, suggests that the differences may be due to differing environmental conditions rather than dietary differences. •Analysed collagen δ13C and δ15N from three cemeteries in eastern Mongolia.•Sites date to the Mongol Empire period and the Early Bronze Age.•Ruling elite ratios are higher than those of commoners and Bronze Age people.•Found modern isotopic correlation with growing season temperature.•Isotopic differences may be due to environmental rather than dietary changes.